PT Terra Drone Indonesia (TDID) is one of the leading companies in the drone services sector in Indonesia. In its business activities, TDID requires a competitive advantage to compete in the drone services industry in Indonesia. One of the competitive advantages offered is the speed and accuracy of data analysis from monitoring/inspection results using drones.

To achieve this goal, TDID expect to collaborate with Bina Nusantara University to develop a technology. The basis of this collaboration is that TDID needs real-time video data processing technology that can be performed directly in the field. In order to achieve this goal, there are issues that need to be addressed. TDID has various types of drones, and different mission types require different processing logic. The developed data processing technology must be able to solve these issues.

The offered innovation is developed based on the following fundamental problems. The video data processing technology must be able to receive video data input from various types of drones and perform various types of data processing in real-time within the operational environment (at the same time as the drone's flight). The technology must be flexible enough to be used in various types of missions.

This innovation aims to realize real-time aerial video data processing technology that can adapt the data processing according to the mission type. The innovative solution that can achieve this goal is a real-time data processing platform. The platform can be described in Figure 1.

The platform has the following advantages:

Flexibility to connect to various types of drones.
Data processing logic modules can be developed separately and easily integrated into the platform (using a file loading mechanism).
The platform can run in real-time and in offline conditions. Therefore, the platform can work in various operational drone environments, even in remote areas.

This innovative solution is still in the prototype stage, verified in the laboratory. The prototype is being developed as the initial phase of cooperation between TDID and Bina Nusantara University. Currently, the developed platform is still considered open technology and does not have scientific protection. The platform development is carried out to enable its operation in commercial environments and to realize TDID's competitive advantage in the drone services industry.

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